Mercedes Simulator

import random

tc = 10000 #totalcount
u1 = 70
c = 0.9
s1 = 12.62 #Enlil
s2 = 4.97 #Unicorn
s3 = 6.27 #Spear
s4 = 4.87 #Tornado
s5 = 5.31 #Dualshot
s6 = 6.72 #Ishtar
s7 = 0.65 #Final
soe = 0.75 #Spirit
soe2 = c + c * (c - 0.2) + c * (c - 0.2) * (c - 0.4)
soe3 = soe2 * soe + 1
soe4 = soe2 + 1
m = 0

while m < tc:
    m = m + 1
    n = 0 #skillcount
    f = 0 #finalattackcount
    a = 0 #attackcount
    while n < 5:
        t = 0 #trialcount
        u = 0 #usecount
        n = n + 1
        if n != 5:
            while t < u1:
                t = t + 1
                r = random.random()
                if r < c:
                    u = u + 1
                    r = random.random()
                    if r < c - 0.2:
                        u = u + 1
                        r = random.random()
                        if r < c - 0.4:
                            u = u + 1
            if n != 2 and n != 3:
                f = f + u
            a = a + u
            u = u / t
            u = (u * soe + 1) / soe3
            #print(u)
            if n == 1:
                r1 = u * s1
            elif n == 2:
                r2 = u * s2
            elif n == 3:
                r3 = u * s3
            elif n == 4:
                r4 = u * s4
        else:
            while t < u1 * 2:
                t = t + 1
                r = random.random()
                if r < c:
                    u = u + 1
                    r = random.random()
                    if r < c - 0.2:
                        u = u + 1
                        r = random.random()
                        if r < c - 0.4:
                            u = u + 1
            f = f + u
            a = a + u
            u = u / t
            u = (u * soe + 1) / soe3
            r5 = u * s5
    a = 1 + a / u1 / 6
    r6 = a * s6 / soe4
    f = (1 + f / u1 / 4)
    r7 = f * s7 / soe4
    rf = (r1 + r2 + r3 + r4 + r5 + r6 + r7 + 11.39 + 12.61 + 7.19 + 2.77 + 7.63 + 4.10 + 2.29 + 2.34 + 1.05 + 7.22) / 100
    print(rf)
    #print(r1)
    #print(r2)
    #print(r3)
    #print(r4)
    #print(r5)
    #print(r6)
    #print(r7)